You can clip your own GeoTIFF file from the elevation API command line, or just use the provided example file Rome-30m-DEM.tif which contains the elevation data of the city of Rome, Italy and its outlying area Hello World! I'm getTarget.py Which GeoTiff file would you like to read?
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() curvature curvature() detect_change_using_change_analysis_raster detect_change_using_change_analysis_raster() dimensional_moving_statistics dimensional_moving_statistics() divide divide() duration duration() elevation_void_fill elevation_void_fill() equal_to equal_to() evi evi() exp exp() exp...
These derivatives include such attributes as the slope, aspect, upslope drainage and catchment areas, tangential, plan and profile curvature of the cross-sections, upslope and flow path length and hillshade. Determining the drainage direction and connectivity of the raster points from the DEM depends...
where Φdem = −(4πλ)·(Bns/Rtanθ) is the topographic phase of the Earth’s surface, φflat = −(Δq/sinθ)·(Bn/R)·(4πλ) is the Earth’s curvature (or the flat-Earth phase), and φdispl = 4πλ is the deformation between the two acquisitions. Since the main goal...
distance_accumulation(in_source_data, in_barrier_data=None, in_surface_raster=None, in_cost_raster=None, in_vertical_raster=None, vertical_factor='BINARY 1 -30 30', in_horizontal_raster=None, horizontal_factor='BINARY 1 45', source_initial_accumulation=None, source_maximum_accumulation=None,...
You can clip your own GeoTIFF file from the elevation API command line, or just use the provided example file Rome-30m-DEM.tif which contains the elevation data of the city of Rome, Italy and its outlying area Hello World! I'm getTarget.py Which GeoTiff file would you like to read?
distance_accumulation(in_source_data, in_barrier_data=None, in_surface_raster=None, in_cost_raster=None, in_vertical_raster=None, vertical_factor='BINARY 1 -30 30', in_horizontal_raster=None, horizontal_factor='BINARY 1 45', source_initial_accumulation=None, source_maximum_accumulation=None,...
distance_accumulation(in_source_data, in_barrier_data=None, in_surface_raster=None, in_cost_raster=None, in_vertical_raster=None, vertical_factor='BINARY 1 -30 30', in_horizontal_raster=None, horizontal_factor='BINARY 1 45', source_initial_accumulation=None, source_maximum_accumulation=None,...
You can clipyour own GeoTIFF filefrom theelevation API command line, or just use the provided example fileRome-30m-DEM.tifwhich contains the elevation data of the city of Rome, Italy and its outlying area Hello World!I'm getTarget.pyWhich GeoTiff file would you like to read?Enter the ...